JPH0742033B2 - Transfer type correction tool - Google Patents
Transfer type correction toolInfo
- Publication number
- JPH0742033B2 JPH0742033B2 JP4361045A JP36104592A JPH0742033B2 JP H0742033 B2 JPH0742033 B2 JP H0742033B2 JP 4361045 A JP4361045 A JP 4361045A JP 36104592 A JP36104592 A JP 36104592A JP H0742033 B2 JPH0742033 B2 JP H0742033B2
- Authority
- JP
- Japan
- Prior art keywords
- tape
- gear
- reel
- transfer
- correction
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H37/00—Article or web delivery apparatus incorporating devices for performing specified auxiliary operations
- B65H37/002—Web delivery apparatus, the web serving as support for articles, material or another web
- B65H37/005—Hand-held apparatus
- B65H37/007—Applicators for applying coatings, e.g. correction, colour or adhesive coatings
Landscapes
- Adhesive Tape Dispensing Devices (AREA)
Description
【０００１】[0001]
【産業上の利用分野】この発明は、紙面に表記された文
字や線等の修正において、その修正部分に転写型修正テ
ープの修正塗料層を転着して上記の文字や線等を隠蔽消
去するのに用いられる転写式修正具に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to the correction of characters, lines, etc. written on the surface of a paper by transferring a correction paint layer of a transfer type correction tape to the corrected portion to conceal and erase the characters, lines, etc. The present invention relates to a transfer-type correction tool used to do this.
【０００２】[0002]
【従来の技術】近年、各種筆記具インキ、印刷、タイプ
印字、ワードプロセッサー印字、複写等により紙面に表
記された文字や線等の修正用として、粘着修正テープや
転写型修正テープが登場し、従来より汎用されている白
色塗料型の修正液のような乾燥時間を要さずに迅速な修
正を行え、且つ手や周辺を汚す恐れがないため、需要が
増大しつつある。とりわけ後者の転写型修正テープは、
テープ基材上に設けた薄い修正塗料層のみを紙面に転着
することから、粘着性の紙テープ自体を貼着する前者の
粘着修正テープに比較し、外観や手触り等において修正
部分と非修正部分との差が小さく、美麗な修正を施せる
という利点がある。2. Description of the Related Art In recent years, adhesive correction tapes and transfer type correction tapes have been introduced to correct characters and lines written on paper by various writing inks, printing, type printing, word processor printing, copying, etc. Demand is increasing because quick correction can be performed without requiring drying time like a commonly used white paint type correction liquid, and there is no fear of soiling hands and the surroundings. Especially the latter transfer type correction tape,
Since only the thin correction paint layer provided on the tape base material is transferred to the paper surface, compared to the former adhesive correction tape that sticks the adhesive paper tape itself, the modified part and the unmodified part in appearance and touch etc. The advantage is that the difference is small and you can make beautiful corrections.
【０００３】このような転写型修正テープを用いる修正
具として、転写後のテープ基材を自動的に巻き取る方式
のものが既に汎用されている。これは、一端に転写ヘッ
ドを設けたケース内に、繰出ギヤとこれに噛合する巻取
ギヤを有する巻取リールとが架装され、繰出ギヤのボス
部に嵌装したテープリールから繰り出される転写型修正
テープを転写ヘッドの剥離エッジを経由して折り返し、
この折り返し部を紙面に押し当てた状態で移動させるこ
とにより、テープ基材上の修正塗料層を該紙面に連続的
に転着させると共に、この転写時の剥離エッジを折り返
し移動するテープの引張作用で繰出ギヤを回転させ、連
動回転する巻取リールにより転写後のテープ基材を自動
的に巻き取るようにしたものである。As a correction tool using such a transfer type correction tape, a type in which a tape base material after transfer is automatically wound is already widely used. This is a transfer in which a feeding gear and a take-up reel having a take-up gear meshing with the feeding gear are mounted in a case having a transfer head at one end, and which is fed from a tape reel fitted to a boss portion of the feeding gear. Fold back the mold correction tape via the peeling edge of the transfer head,
By moving the folded portion while pressing it against the paper surface, the correction paint layer on the tape base material is continuously transferred to the paper surface, and the peeling edge at the time of transfer is pulled and the tape pulling action is performed. The feeding gear is rotated by, and the tape base material after transfer is automatically taken up by the take-up reel that is interlockedly rotated.
【０００４】この場合、当然に修正テープのテープリー
ルからの繰出量と巻取リールによる巻取量とが一致する
必要があるが、使用に伴って、テープリールの巻き径が
縮小し、修正テープの単位繰出長さ当たりのリール回転
量が増大する一方、巻取リールの巻き径は拡大し、その
単位回転量当たりの巻取量が増加していくことになるか
ら、繰出ギヤとテープリールとが一体回転する形では作
動不能となる。そのため、この種の転写式修正具では、
繰出ギヤより巻取リールの回転が速くなるように歯車比
を設定すると共に、テープリールと繰出ギヤの間に所定
以上の負荷がかかった際に両者間で回転ずれを生じるよ
うに構成している。すなわち、この構成によれば、転写
修正に伴ってテープが繰り出される際、テープリールと
共に繰出ギヤが一体に回転しようとし、巻取リールも連
動して更に速く回転しようとするが、巻取リールはテー
プを繰出量以上に巻き取りできないため、該巻取リール
側からのブレーキ作用を生じ、繰出ギヤはテープリール
に対して回転遅れし、もってテープは両リール間で常に
緊張状態を保ったまま繰出量だけ自動的に巻き取られる
ことになる。In this case, naturally, the amount of correction tape fed out from the tape reel and the amount of winding by the take-up reel need to match, but with use, the winding diameter of the tape reel is reduced, and the correction tape is While the reel rotation amount per unit feeding length increases, the winding diameter of the take-up reel increases, and the winding amount per unit rotation amount increases. It becomes inoperable in the form of a single rotation. Therefore, in this type of transfer type correction tool,
The gear ratio is set so that the take-up reel rotates faster than the take-out gear, and when the tape reel and the take-out gear are subjected to a load of a predetermined amount or more, a rotational deviation occurs between them. . That is, according to this configuration, when the tape is unwound in accordance with the transfer correction, the unwinding gear tries to rotate integrally with the tape reel, and the take-up reel also tries to rotate further faster. Since the tape cannot be taken up more than the amount taken out, a braking action is generated from the take-up reel side, the take-out gear lags behind the tape reel, and the tape is taken out with the tension always maintained between both reels. Only the amount will be automatically wound up.
【０００５】しかして、従来にあっては、上述のように
テープリールより繰出ギヤへ回転力を伝達しつつ両者を
回転ずれ可能にする手段として、テープリールのコアを
内歯ギヤ状とし、繰出ギヤのボス部に該内歯に弾力的に
噛合する爪片を設けた構造、繰出ギヤのボス部とテープ
リールのコア内周との間にＯリングを介在させる構造、
コイルスプリングによって繰出ギヤとテープリールとを
軸方向に弾接させる構造等が採用されている。In the prior art, however, as a means for transmitting rotational force from the tape reel to the feeding gear as described above and allowing the two to be rotationally displaced, the core of the tape reel is formed into an internal gear and the feeding is performed. A structure in which a claw piece that elastically meshes with the inner teeth is provided on the boss portion of the gear, an structure in which an O-ring is interposed between the boss portion of the feeding gear and the inner circumference of the core of the tape reel,
A structure in which a feeding gear and a tape reel are elastically contacted in the axial direction by a coil spring is adopted.
【０００６】[0006]
【発明が解決しようとする課題】しかしながら、前記従
来の転写式修正具はいずれも、転写性が充分とは言え
ず、特に転写修正の一回毎の開始時ならびに終了時にお
いて修正塗料層のテープ基材からの剥離性が悪いため、
紙面上の各修正範囲の両端位置で修正塗料層の不転写部
分を生じて隠蔽消去が不完全になったり、転写された修
正塗料層の両端の乱れによって修正部分の見栄えが悪化
し易い上、保管中にテープリールから転写ヘッドに至る
テープの導出部分で修正塗料層がひび割れし易く、この
ひび割れにより次の使用時の初期段階で転写不良や転写
修正層の断裂を生じるという難点があった。However, none of the above-mentioned conventional transfer type correction tools have sufficient transferability, and particularly, the tape of the correction paint layer at the start and the end of each transfer correction. Since the releasability from the base material is poor,
Incomplete hiding and erasing may occur in the non-transferred portion of the correction paint layer at both ends of each correction range on the paper, or the appearance of the correction portion is likely to deteriorate due to the disturbance of both ends of the transferred correction paint layer, During the storage, the correction paint layer is easily cracked at the part where the tape is led out from the tape reel to the transfer head, and this crack causes a transfer failure or tear of the transfer correction layer at the initial stage of the next use.
【０００７】この発明の目的は、上述の情況に鑑み、テ
ープリールより繰り出される転写型修正テープを転写ヘ
ッドの剥離エッジを介して紙面に押し当てることによ
り、該テープの修正塗料層を紙面に転着させると共に、
転写後のテープ基材を巻取リールに巻き取る構成の転写
式修正具として、テープの繰出及び巻取の作動性と転写
性に優れ、修正塗料層のテープ基材からの剥離性が修正
開始時及び終了時共に良好であり、しかも保管中にテー
プ導出部分のひび割れを生じにくく、もって紙面の修正
を要する領域を確実に且つ美麗に隠蔽消去できるものを
提供することにある。In view of the above situation, an object of the present invention is to transfer the correction paint layer of the tape to the paper surface by pressing the transfer type correction tape fed from the tape reel onto the paper surface through the peeling edge of the transfer head. While wearing
As a transfer type correction tool that winds the tape base material after transfer onto a take-up reel, it has excellent operability and transferability for feeding and winding the tape, and the correction paint layer begins to correct the peelability from the tape base material. It is an object of the present invention to provide a recording medium that is good both at the time of completion and at the time of completion, and is unlikely to cause cracks in the tape lead-out portion during storage, so that the area requiring correction of the paper surface can be surely and beautifully hidden and erased.
【０００８】[0008]
【課題を解決するための手段】上記目的を達成するため
に、この発明に係る転写式修正具は、一端に上記転写ヘ
ッドを設けたケース内に、軸方向移動可能な大径の繰出
ギヤとこれに噛合する小径の巻取ギヤを備えた上記巻取
リールとが架装され、繰出ギヤのボス部に上記テープリ
ールが遊嵌されると共に、該テープリールのコア端面と
繰出ギヤのギヤ円板部との間にＯリングが介在され、上
記繰出ギヤ及び巻取ギヤがヘリカルギヤより構成され、
且つ両ギヤの連動回転に伴うスラスト荷重が繰出ギヤの
ギヤ円板部をテープリールに接近させて上記Ｏリングを
圧縮する方向に働くように設定されていることを特徴と
するものである。In order to achieve the above object, a transfer type correction tool according to the present invention is provided with a large-diameter feeding gear that is axially movable in a case having the transfer head at one end. The take-up reel having a take-up gear with a small diameter that meshes with the take-up reel is mounted, and the tape reel is loosely fitted to the boss portion of the pay-out gear, and the core end surface of the tape reel and the gear circle of the pay-out gear. An O-ring is interposed between the plate portion and the feeding gear and the winding gear are helical gears,
In addition, the thrust load caused by the interlocked rotation of both gears causes the gear disk portion of the feeding gear to approach the tape reel, and
That it is set to work in the direction you compression is characterized in.
【０００９】[0009]
【作用】一般的にヘリカルギヤは、噛み合いが滑らかで
且つ回転伝達力に優れる反面、歯筋が回転軸に対して傾
斜しているため、噛合回転に伴ってスラスト荷重を生じ
る欠点があることが知られている。例えば、図６に示す
ように、左捻じれの駆動側ヘリカルギヤＡと右捻じれの
従動側ヘリカルギヤＢが噛合して、駆動側ヘリカルギヤ
Ａが図示矢印ａの方向に回転駆動する場合、噛合面の傾
斜による誘導作用により、図の上下関係において、駆動
側ヘリカルギヤＡは、相手の従動側ヘリカルギヤＢを押
し上げようとし、逆に自身は潜り込もうとして押し下げ
られることになり、ギヤＡには図示矢印ｄ方向に、ギヤ
Ｂには図示矢印ｕ方向にそれぞれスラスト荷重が加わ
る。In general, helical gears have smooth meshing and excellent rotation transmission force, but the tooth traces are inclined with respect to the rotation axis, so it is known that there is a drawback that thrust load is generated with meshing rotation. Has been. For example, as shown in FIG. 6, when the driving helical gear A having a left twist and the driven helical gear B having a right twist mesh with each other and the driving helical gear A is rotationally driven in the direction of the arrow a, Due to the guiding action due to the inclination, in the vertical relationship in the figure, the driving side helical gear A tries to push up the driven side helical gear B of the other party, and conversely, it is pushed down to try to sink, and the gear A is shown in the arrow d in the figure. Direction, a thrust load is applied to the gear B in the direction of the arrow u in the figure.
【００１０】しかるに、この発明の転写式修正具では、
ヘリカルギヤの欠点とされていた上記のスラスト荷重を
利用し、繰出ギヤによるテープリールのクランプを行
う。すなわち、テープリールは駆動側である繰出ギヤの
ボス部にコア端面とギヤ円板部の間にＯリングを介在し
て嵌装されているが、繰出ギヤと従動側の巻取ギヤにヘ
リカルギヤが用いられ、その歯筋の捻じれ方向を上記ス
ラスト荷重が繰出ギヤ側において上記ボス部側にかかる
向きに設定され、且つ繰出ギヤが軸方向移動可能である
ため、両ギヤの連動回転によって繰出ギヤのギヤ円板部
が上記Ｏリングを圧縮変形させつつテープリール側に押
し付けられ、もって繰出ギヤにてテープリールをクラン
プするトルクが発生することになり、このトルクは両ギ
ヤの回転が早いほど大きくなる。従って、繰出ギヤとテ
ープリールとの上記Ｏリングを介した接圧は、不使用時
に修正具の振れ動き等で両者が不用意に相対回転しない
程度に弱く設定できる。However, in the transfer type correction tool of the present invention,
Utilizing the above-mentioned thrust load, which has been a drawback of helical gears, the reel reel is clamped by the feeding gear. That is, the tape reel is mounted on the boss portion of the feeding gear on the driving side with the O-ring interposed between the core end surface and the gear disk portion, but the helical gear is mounted on the feeding gear and the take-up gear on the driven side. Since the twisting direction of the tooth trace is set so that the thrust load is applied to the boss side on the feeding gear side and the feeding gear is movable in the axial direction, the feeding gear is rotated by interlocking rotation of both gears. The gear disk portion of the above is pressed against the tape reel side while compressing and deforming the O-ring, so that a torque for clamping the tape reel by the feeding gear is generated. This torque increases as the rotation of both gears increases. Become. Therefore, the contact pressure between the feeding gear and the tape reel via the O-ring can be set to such a weak level that the two do not inadvertently rotate relative to each other due to the shake of the correction tool when not in use.
【００１１】この発明の修正具による転写修正の操作
は、従来のものと同様であり、転写ヘッドの先端つまり
剥離エッジ部分を紙面の修正すべき始端位置に押し付
け、この押し付け状態のまま修正具を後方へ引けばよ
い。これにより、転写型修正テープは紙面との接触抵抗
によって剥離エッジに対して滑り移動し、その過程で修
正塗料層がテープ基材から剥離して紙面に転着すると共
に、上記滑り移動に伴う引っ張り作用でテープリールが
回転しつつ該テープを繰り出す。このとき、修正の開始
時点では、テープリールは上記のスラスト荷重によるク
ランプ力が作用しておらず回転し易い状態にあって、且
つテープ自体にテンションがかかっていないため、転写
ヘッド先端でのテープの送り起動が軽く円滑になされ、
修正塗料層がテープ基材から綺麗に剥離されて紙面上に
乱れのないシャープな始端で転写されることになる。The operation of transfer correction by the correction tool of the present invention is the same as that of the conventional one, and the tip of the transfer head, that is, the peeling edge portion is pressed to the starting end position on the paper surface to be corrected, and the correction tool is kept in this pressed state. Just pull it back. As a result, the transfer type correction tape slides and moves with respect to the peeling edge due to the contact resistance with the paper surface, and in the process, the correction paint layer peels from the tape base material and is transferred to the paper surface, and the pulling accompanying the sliding movement occurs. By the action, the tape reel is rotated and the tape is delivered. At this time, at the start of correction, the tape reel is in a state in which the clamping force due to the above-mentioned thrust load does not act and is easy to rotate, and the tape itself is not tensioned. The feeding start is light and smooth,
The correction paint layer is neatly peeled off from the tape base material and transferred onto the paper surface at a sharp start end without any disturbance.
【００１２】続いて、テープリールの回転に伴って繰出
ギヤがＯリングを介した摺接抵抗によって回転し、巻取
ギヤを連動回転させる際に上記のスラスト荷重によりＯ
リングが圧縮されるため、テープリールにクランプ力が
作用する。しかして、小径の巻取ギヤは大径の繰出ギヤ
に対して増速回転し、巻取リールがテープを繰出量以上
に巻き取ろうとするため、テープリールから巻取リール
に至る導出部分のテープにテンションがかかると共に、
巻取リール側からのブレーキ作用により上記のクランプ
力に抗して繰出ギヤがテープリールに対して強制的に回
転遅れする。従って、以降の転写修正中のテープは両リ
ール間で緊張状態を保ったまま繰出量だけ自動的に巻き
取られ、転写ヘッド先端で安定した良好な転写性が得ら
れる。Subsequently, as the tape reel rotates, the feeding gear rotates due to the sliding contact resistance via the O-ring, and when the winding gear is rotated in conjunction, the feeding load is rotated by the thrust load.
Since the ring is compressed, a clamping force acts on the tape reel. Then, the small-diameter take-up gear rotates faster than the large-diameter take-up gear, and the take-up reel tries to take up more tape than the take-up amount. With tension on
Due to the braking action from the take-up reel side, the feeding gear is forcibly delayed in rotation with respect to the tape reel against the above clamping force. Therefore, the tape during the subsequent transfer correction is automatically wound up by the amount of feeding while maintaining the tension between both reels, and stable and good transferability can be obtained at the tip of the transfer head.
【００１３】かくして修正終端に至って修正具の引き移
動を停止させる際、両ギヤの回転減速と共に上記スラス
ト荷重が低減し、該スラスト荷重に基づくテープリール
のクランプ力とテープのテンションが減衰する。従っ
て、修正の終端位置近傍ではテープの送りが軽くなり、
修正塗料層のテープ基材からの剥離性がよく、転写終端
が乱れずシャープになる。しかも各修正操作を終えた時
点では、常に両リール間のテープ導出部分にテンション
が掛かっていないため、次の使用までの保管中にテープ
導出部分の修正塗料層にひび割れを生じる恐れがない。Thus, when the pulling movement of the correction tool is stopped at the end of the correction, the thrust load is reduced along with the rotation deceleration of both gears, and the tape reel clamping force and the tape tension based on the thrust load are attenuated. Therefore, tape feeding becomes lighter near the end position of correction,
The correction paint layer has good releasability from the tape substrate, and the transfer end is not disturbed and becomes sharp. Moreover, in the point of time when each corrective action painting the end, because it is always no tension is applied to the tape derivation part between the two reels, there is no possibility of causing a crack in the corrective paint layer of tape derivation part during storage until the next use.
【００１４】これに対し、従来の転写式修正具の従来の
構成では、テープリールには常に一定した強いクランプ
力が作用し、且つ導出部分のテープにテンションがかか
っていることから、修正開始時のテープの送り起動が円
滑に行われず重くなり、紙面への押圧が弱いと修正塗料
層がテープ基材からうまく剥離せず、転写始端が乱れて
不転写部分を生じると共に、転写終端においても紙面へ
の押圧を緩めると、送り抵抗の大きいテープと紙面との
滑りによる転写不良を生じることになる。従って、上記
の転写不良を避けるには、修正開始時と終了時に紙面に
対する転写ヘッドの押圧を強めればよいが、これは通常
の転写手法からして非常に不自然な操作となる。また、
従来構成では上述のように導出部分のテープに常にテン
ションがかかった状態であるため、保管中に合成樹脂樹
脂フィルムからなるテープ基材が伸びるが、酸化チタン
等の固形粒子を高率で含んで伸び性に乏しい修正塗料層
は、テープ基材の伸びに追従できないためにテープ幅方
向のひび割れを生じ、次の使用時に転写不良や転写層の
断裂をきたすことになる。On the other hand, in the conventional structure of the conventional transfer type correction tool, a constant strong clamping force always acts on the tape reel and the tape at the lead-out portion is tensioned. If the tape is not started smoothly and becomes heavy, and the pressure on the paper surface is weak, the correction paint layer does not peel well from the tape substrate, the transfer start edge is disturbed and a non-transfer portion is generated, and the paper surface is also present at the transfer end. If the pressure on the tape is released, transfer failure may occur due to the slip between the tape having a large feed resistance and the paper surface. Therefore, in order to avoid the above-mentioned transfer failure, the pressing of the transfer head against the paper surface may be strengthened at the start and end of the correction, but this is a very unnatural operation from the ordinary transfer method. Also,
In the conventional configuration, as described above, since the tape at the lead-out portion is always under tension, the tape base material made of the synthetic resin resin film extends during storage, but it contains solid particles such as titanium oxide at a high rate. Since the correction paint layer having poor extensibility cannot follow the elongation of the tape substrate, it causes cracks in the tape width direction, resulting in defective transfer and tearing of the transfer layer during the next use.
【００１５】[0015]
【実施例】図１〜図５はこの発明を適用したペン形の転
写式修正具を示す。図１において、１は硬質合成樹脂成
形物からなるケースであり、後部側のやや縦に偏平な長
箱状のリール収納部２と、前部側の略角筒状をなす長筒
部３とに分割構成され、長筒部３の前端の円形開口部３
ａより転写ヘッド４が突出している。しかして、長筒部
３は、前部側が周面にセレーション５ａを設けた略正四
角筒状の把持部５を構成すると共に、後部側は後端がリ
ール収納部２の長方形の前端外形と合致するように後方
へ向かって縦幅を増大する形状となっている。６はリー
ル収納部２の片側面に設けた弛み補正用の捻回部であ
る。1 to 5 show a pen-shaped transfer type correction tool to which the present invention is applied. In FIG. 1, reference numeral 1 denotes a case made of a hard synthetic resin molded product, which is a long box-shaped reel storage section 2 on the rear side, which is slightly flat in the vertical direction, and a long cylindrical section 3 on the front side, which has a substantially rectangular tube shape. The circular opening 3 at the front end of the long tubular portion 3 is divided into
The transfer head 4 projects from a. Thus, the long tubular portion 3 constitutes a gripping portion 5 of a substantially regular square tubular shape having a serration 5a on the peripheral surface on the front side, and the rear end on the rear side is the rectangular front end outer shape of the reel housing section 2. The shape is such that the vertical width increases toward the rear so as to match. Reference numeral 6 denotes a twisting portion provided on one side surface of the reel housing portion 2 for slack correction.
【００１６】リール収納部２は本体２ａとこれに嵌合す
る蓋体２ｂとに縦割り形に構成され、図２に示すよう
に、その前端面より前方へ突出する長い帯板状の支持片
７が本体２ａ側に一体に形成されており、この支持片７
の先端に転写ヘッド４が一体に設けられている。しかし
て、図３に示すように、支持片７は、その主面が横方向
に沿うように配置しており、前端寄りの左右両側に突設
した短い係止片７ａ，７ａを、長筒部３の前端寄り内周
面の係止溝３ｂ、３ｂに係合している。また転写ヘッド
４は、図３，図４に示すように、支持片７の延長上にあ
る板状部４ａの先端がへら状の剥離エッジ４ｂを構成
し、板状部４ａの左右両側にガイド部４ｃ，４ｃを有し
ている。これらガイド部４ｃ，４ｃは、外側面が剥離エ
ッジ４ｂ側を頂きとする略円錐形の周側面をなす形に形
成され、板状部４ａの厚み方向両側へ突出している。な
お、剥離エッジ４ｂのテープ引き出し側（下面側）には
エッジ方向に沿う***部４ｄが設けてある。The reel accommodating portion 2 is composed of a main body 2a and a lid body 2b that fits in the main body 2a in a vertically divided shape, and as shown in FIG. 2, a long strip-shaped support piece protruding forward from the front end surface thereof. 7 is integrally formed on the side of the main body 2a.
The transfer head 4 is integrally provided at the tip of the. Then, as shown in FIG. 3, the support piece 7 is arranged such that its main surface is along the lateral direction, and the short locking pieces 7a, 7a projecting on the left and right sides near the front end are provided on the long cylinder. The engaging grooves 3b, 3b on the inner peripheral surface of the portion 3 near the front end are engaged. Further, as shown in FIGS. 3 and 4, the transfer head 4 has a plate-shaped portion 4a, which is an extension of the support piece 7, and has a spatula-shaped separation edge 4b at the tip thereof, and is guided to both left and right sides of the plate-shaped portion 4a. It has parts 4c and 4c. These guide portions 4c, 4c are formed so that their outer side surfaces form a substantially conical peripheral side surface with the peeling edge 4b side as the top, and project to both sides in the thickness direction of the plate-shaped portion 4a. A ridge 4d is provided along the edge direction on the tape pull-out side (lower surface side) of the peeling edge 4b.
【００１７】図２及び図５に示すように、リール収納部
２内では、本体２ａの内面側に相前後して突設された筒
状支軸８，９に、大径の繰出ギヤ１０とこれに噛合する
小径の巻取ギヤ１１とがそれぞれ回転自在に嵌装されて
いる。上記の繰出ギヤ１０は、ギヤ円板部１０ａの片側
へ突出するボス部１０ｂを備えており、単独で支軸８に
嵌装した状態では、リール収納部２の両側内面に対して
ギヤ円板部１０ａの外面とボス部１０ｂの端面がそれぞ
れ当接する位置の間で軸方向に移動可能である。しかし
て、この繰出ギヤ１０の該ボス部１０ｂには、転写型正
テープ１３のテープリール１４が、そのコア１４ａの一
方の端面とギヤ円板部１０ａとの間に半硬質ないし軟質
の合成ゴム又は合成樹脂からなるＯリング１２を介して
遊嵌されると共に、該コア１４ａの他方の端面に当接し
て環状受け板１５が遊嵌されている。As shown in FIGS. 2 and 5, in the reel accommodating portion 2, a large-diameter feed gear 10 and a large-diameter feed gear 10 are provided on cylindrical support shafts 8 and 9 which are provided on the inner surface side of the main body 2a so as to project back and forth. A small-diameter winding gear 11 meshing with this is rotatably fitted. The feeding gear 10 is provided with a boss portion 10b protruding to one side of the gear disc portion 10a. It is movable in the axial direction between positions where the outer surface of the portion 10a and the end surface of the boss portion 10b are in contact with each other. Then, on the boss portion 10b of the feeding gear 10, the tape reel 14 of the transfer type normal tape 13 has a semi-hard or soft synthetic rubber between one end surface of the core 14a and the gear disc portion 10a. Alternatively, it is loosely fitted through an O-ring 12 made of synthetic resin, and the annular receiving plate 15 is loosely fitted in contact with the other end surface of the core 14a.
【００１８】テープリール１４のコア１４ａはテープ１
３の幅よりも長く構成され、該テープ１３がＯリング１
２側の端面に一方の巻回側面が略面一になる形で嵌装さ
れている。また環状受け板１５は、テープ１３の他方の
巻回側面に近接して配置するテープずれ防止用のフラン
ジ部１５ａを有すると共に、内側面に形成した環状凸部
１５ｂにて上記コア１４ａの他方の端面と線接触してい
る。なお、ギヤ円板部１０ａ及び環状受け板１５の両外
側面は、リール収納部２の本体２ａ及び蓋板２ｂの両内
面に形成された環状凸部１６ａ，１６ｂとそれぞれ対接
しており、この状態でＯリング１２は僅かに圧縮された
状態にある。１７は蓋板２ｂの内面に突設された係合軸
であり、筒状支軸８に圧入嵌合されている。The core 14a of the tape reel 14 is the tape 1
The tape 13 is made longer than the width of the O-ring 1.
The one winding side surface is fitted to the end surface on the second side in a substantially flush manner. Further, the annular receiving plate 15 has a flange portion 15a for preventing tape misalignment, which is arranged close to the other winding side surface of the tape 13, and an annular convex portion 15b formed on the inner side surface of the annular receiving plate 15 prevents the other side of the core 14a from being formed. It is in line contact with the end face. Both outer side surfaces of the gear disk portion 10a and the annular receiving plate 15 are in contact with annular convex portions 16a and 16b formed on both inner surfaces of the main body 2a and the lid plate 2b of the reel housing portion 2, respectively. In this state, the O-ring 12 is in a slightly compressed state. Reference numeral 17 denotes an engagement shaft projectingly provided on the inner surface of the cover plate 2b, which is press-fitted to the tubular support shaft 8.
【００１９】巻取ギヤ１１のボス部は、巻取リール１８
としてテープリール１４から導出した転写型修正テープ
１３の始端を止着している。そして該巻取リール１８の
径小の先端部１８ａは、ケース２の蓋板２ｂの内面側に
形成した環状突縁１９に挿嵌して外部に露呈しており、
この端面に形成された径方向の溝によって前記の捻回部
６を構成している。しかして、この巻取ギヤ１１は、ギ
ヤ円板側でリール収納部２の本体２ａ内面に設けた環状
凸部１６ｃに当接すると共に、ボス部側の段部で上記環
状突縁１９の端面と係合していることにより、軸方向に
は移動不能である。The boss portion of the take-up gear 11 has a take-up reel 18
The start end of the transfer type correction tape 13 derived from the tape reel 14 is fixed. The small-diameter tip portion 18a of the take-up reel 18 is inserted into an annular projecting edge 19 formed on the inner surface side of the cover plate 2b of the case 2 to be exposed to the outside.
The twisted portion 6 is formed by the radial groove formed on the end face. The winding gear 11 contacts the annular convex portion 16c provided on the inner surface of the main body 2a of the reel housing portion 2 on the gear disc side, and the end face of the annular protruding edge 19 on the step portion on the boss side. Due to the engagement, it cannot move in the axial direction.
【００２０】しかして、繰出ギヤ１０及び巻取ギヤ１１
は共にヘリカルギヤであり、両者の歯筋の傾斜方向と回
転方向は図２及び図５の図示状態において、既述した図
６のヘリカルギヤＡ，Ｂと同様である。すなわち、繰出
ギヤ１０は左捻じれの駆動側ヘリカルギヤＡに対応し、
巻取ギヤ１１は右捻じれの従動側ヘリカルギヤＢに対応
しており、巻取ギヤ１１が軸方向に移動不能であるた
め、両ギヤ１０，１１の連動回転に伴うスラスト荷重の
トルクは専ら繰出ギヤ１０をボス部１０ｂ側に軸方向移
動させるように働く。Thus, the feeding gear 10 and the winding gear 11
Are both helical gears, and the inclination directions and rotation directions of the tooth traces of both are the same as those of the helical gears A and B of FIG. 6 described above in the illustrated state of FIGS. 2 and 5. That is, the feeding gear 10 corresponds to the left-handed drive side helical gear A,
The take-up gear 11 corresponds to the driven helical gear B that is twisted to the right, and the take-up gear 11 cannot move in the axial direction. Therefore, the torque of the thrust load associated with the interlocked rotation of both gears 10 and 11 is exclusively output. It acts so as to move the gear 10 in the axial direction toward the boss portion 10b.
【００２１】図２に示すように、テープリール１４から
繰り出された転写型修正テープ１３は、リール収納部２
の前端面に設けた一方の窓部２０ａから長筒部３内を通
り、転写ヘッド４の剥離エッジ４ｂで折り返して、他方
の窓部２０ｂよりリール収納部２内に戻り、巻取リール
１８に巻き取られるように配設されている。この場合、
両リール１４，１８におけるテープ１３の幅方向と剥離
エッジ４ｂの方向が一致しており、テープ１３は捻じれ
のない状態にある。なお、転写型修正テープ１３は、ポ
リエステル等の合成樹脂フィルムからなるテープ基材上
に修正塗料層が設けられたものであり、一般的な市販品
を使用できる。As shown in FIG. 2, the transfer type correction tape 13 fed from the tape reel 14 is provided in the reel storage section 2
From one of the window portions 20a provided on the front end surface of the transfer head 4 to the inside of the long cylindrical portion 3 and then folded back at the peeling edge 4b of the transfer head 4 and returned from the other window portion 20b to the inside of the reel housing portion 2 to the take-up reel 18. It is arranged to be wound up. in this case,
The width direction of the tape 13 on both reels 14 and 18 and the direction of the peeling edge 4b coincide with each other, and the tape 13 is in a twist-free state. The transfer type correction tape 13 is one in which a correction paint layer is provided on a tape base material made of a synthetic resin film such as polyester, and a general commercially available product can be used.
【００２２】図４及び図５の仮想線で示す２１は透孔２
１ａ付きのキャップであり、不使用時に長筒部３先端の
キャップ装着部３ｂに嵌着して転写ヘッド４を保護する
ようになされている。Reference numeral 21 shown in phantom in FIGS. 4 and 5 is a through hole 2.
The cap 1a is attached to the cap mounting portion 3b at the end of the long tubular portion 3 to protect the transfer head 4 when not in use.
【００２３】上記構成の転写式修正具によって文字や線
等の修正を行うには、紙面の修正を要する始端位置に転
写ヘッド４の剥離ヘッド４ｂつまり転写型修正テープ１
３の折り返し部を押し付け、この押し付け状態のまま修
正具を引いて移動させればよい。この操作により、該テ
ープ１３の表面側の修正塗料層がテープ基材から剥離す
ると同時に表面の粘着性により紙面に転着し、且つ上記
移動に伴う引張作用でテープリール１４から該テープ１
３が繰り出され、この繰り出しによるテープリール１４
の回転に連動して繰出ギヤ１０がＯリング１２を介した
摺接抵抗によって回転し、これに噛合する巻取リール１
８も回転して修正塗料層の剥離後のテープ基材を自動的
に巻き取る。しかして、紙面に転着した修正塗料層によ
り文字や線等が隠蔽消去されると共に、この塗料層上に
は直ちに訂正文字や線等を書き込める。In order to correct characters, lines, etc. by the transfer type correction tool having the above-mentioned structure, the peeling head 4b of the transfer head 4, that is, the transfer type correction tape 1 is located at the starting end position requiring correction of the paper surface.
The folded-back portion of 3 is pressed, and the correction tool may be pulled and moved in this pressed state. By this operation, the correction paint layer on the front surface side of the tape 13 is peeled off from the tape base material, and at the same time, it is transferred to the paper surface due to the adhesiveness of the surface, and the tape 1 from the tape reel 14 is pulled by the pulling action accompanying the movement.
3 is reeled out, and the tape reel 14 by this reeling out
The take-up gear 1 rotates in response to the sliding contact resistance via the O-ring 12 in conjunction with the rotation of the take-up reel 1.
8 is also rotated to automatically wind up the tape base material after the correction paint layer is peeled off. Then, the correction paint layer transferred to the paper surface conceals and erases characters and lines, and the correction characters and lines can be immediately written on the paint layer.
【００２４】ここで、修正の開始時点では、繰出ギヤ１
０にスラスト荷重が加わっておらずテープリール１４が
回転し易い状態にあって、且つ繰出部分のテープ１３自
体にテンションがかかっていないため、紙面に対する転
写ヘッド４の押圧が弱くてもテープ１３の送り起動が軽
く円滑になされ、修正塗料層がテープ基材から綺麗に剥
離されて紙面上に乱れのないシャープな始端で転写され
る。続いて、テープリール１４の回転に伴って両ギヤ１
０、１１が連動回転する際、生じたスラスト荷重により
巻取ギヤ１０のギヤ円板部１０ａがテープリール１４側
に押し付けられてＯリング１２を圧縮変形し、テープリ
ール１４は繰出ギヤ１０に強くクランプされるが、小径
の巻取ギヤ１１は大径の繰出ギヤ１０に対して増速回転
して巻取リール１８がテープ１３を繰出量以上に巻き取
ろうとするため、導出部分のテープ１３にテンションが
かかると共に、巻取リール１８側からのブレーキ作用に
より上記のクランプ力に抗して繰出ギヤ１０がテープリ
ール１４に対して回転遅れし、テープ１３は両リール１
４，１８間で緊張状態を保ったまま繰出量だけ巻き取ら
れ、転写ヘッド４先端で安定した良好な転写性が得られ
る。そして、修正の終了時点では、両ギヤ１０，１１の
回転減速と共に上記スラスト荷重が低減し、テープリー
ル１４のクランプ力とテープ１３のテンションが減衰
し、テープ１３の送りが軽くなるため、転写ヘッド４の
紙面への押圧が緩まっても修正塗料層のテープ基材から
の剥離性はよく、乱れのないシャープな転写終端とな
る。しかも各修正操作を終えた終えた時点では、常に両
リール１４，１８間のテープ導出部分にテンションが掛
かっていないため、次の使用までの保管中にテープ導出
部分の修正塗料層にひび割れを生じない。Here, at the start of correction, the feeding gear 1
No thrust load is applied to 0, the tape reel 14 is in a state of easy rotation, and no tension is applied to the tape 13 itself at the feeding portion. Therefore, even if the transfer head 4 is weakly pressed against the paper surface, The feeding start is light and smooth, and the correction paint layer is neatly peeled off from the tape base material and transferred on the paper surface with a sharp start edge without any disturbance. Then, as the tape reel 14 rotates, both gears 1
When 0 and 11 rotate together, the gear disk portion 10a of the take-up gear 10 is pressed against the tape reel 14 side by the generated thrust load, and the O-ring 12 is compressed and deformed. Although being wound, the small-diameter winding gear 11 rotates at an increased speed with respect to the large-diameter feeding gear 10 and the winding reel 18 tries to wind the tape 13 more than the feeding amount. While the tension is applied, the feeding gear 10 is delayed in rotation with respect to the tape reel 14 against the above-mentioned clamping force by the braking action from the take-up reel 18 side, and the tape 13 is retained on both reels 1.
While the tension is maintained between Nos. 4 and 18, only the amount of pay-out is taken up, and stable and good transferability is obtained at the tip of the transfer head 4. At the end of the correction, the thrust load is reduced along with the rotation deceleration of both gears 10 and 11, the clamping force of the tape reel 14 and the tension of the tape 13 are attenuated, and the tape 13 is lightly fed. Even if the pressure applied to the paper surface of No. 4 is loosened, the correction paint layer has a good releasability from the tape base material, resulting in a sharp transfer end without disturbance. Moreover, at the end of each correction operation, the tape lead-out portion between the reels 14 and 18 is not always tensioned, so that the correction paint layer of the tape lead-out portion is cracked during storage until the next use. Absent.
【００２５】なお、上記実施例では繰出ギヤ１０のボス
部１０ｂの先端側に環状受け板１５を遊嵌しているが、
この環状受け板１５を省略してテープリール１４のコア
１４ａの端面が蓋板２ｂの内面に直接に接する構成にす
ることが可能であり、この場合に該コア１４ａとして上
記環状受け板１５のフランジ部１５ａに相当するテープ
ずれ防止用のフランジ部が一体形成された構造としても
よい。また、この発明は、例示したベン形のものに限ら
ず、ケースの形状や転写ヘッドの形状が異なる種々の転
写式修正具に適用できる。In the above embodiment, the annular receiving plate 15 is loosely fitted on the tip side of the boss portion 10b of the feeding gear 10.
The annular receiving plate 15 may be omitted, and the end surface of the core 14a of the tape reel 14 may be in direct contact with the inner surface of the lid plate 2b. In this case, the core of the annular receiving plate 15 is the flange of the annular receiving plate 15. A structure may be adopted in which a tape shift preventing flange portion corresponding to the portion 15a is integrally formed. Further, the present invention is not limited to the illustrated ven-shaped one, but can be applied to various transfer-type correction tools having different case shapes and transfer head shapes.
【００２６】[0026]
【発明の効果】この発明によれば、テープリールより繰
り出される転写型修正テープを転写ヘッドの剥離エッジ
を介して紙面に押し当てることにより、該テープの修正
塗料層を紙面に転着させると共に、転写後のテープ基材
を巻取リールに巻き取る構成の転写式修正具として、テ
ープの繰出及び巻取の作動性と転写性に優れ、修正塗料
層のテープ基材からの剥離性が修正開始時及び終了時共
に良好であり、乱れのないシャープな転写始端及び終端
が得られ、しかも保管中にテープ導出部分のひび割れを
生じにくく、もって紙面の修正を要する領域を確実に且
つ美麗に隠蔽消去できるものが提供される。According to the present invention, the transfer type correction tape fed out from the tape reel is pressed against the paper surface through the peeling edge of the transfer head to transfer the correction paint layer of the tape to the paper surface, and As a transfer type correction tool that winds the tape base material after transfer onto a take-up reel, it has excellent operability and transferability for feeding and winding the tape, and the correction paint layer begins to correct the peelability from the tape base material. It is good at both end and end, and sharp start and end of transfer with no disturbance can be obtained. Moreover, cracking of the tape lead-out part does not easily occur during storage, so the area that needs correction on the paper surface can be hidden securely and beautifully. What can be offered.
【図１】 この発明の一実施例に係る転写式修正具の斜
視図。FIG. 1 is a perspective view of a transfer type correction tool according to an embodiment of the present invention.
【図２】 同転写式修正具の縦断側面図。FIG. 2 is a vertical sectional side view of the transfer type correction tool.
【図３】 同転写式修正具の転写ヘッド側の横断平面
図。FIG. 3 is a cross-sectional plan view on the transfer head side of the transfer correction tool.
【図４】 図３のＩＶ−ＩＶ線の断面矢視図。4 is a cross-sectional view taken along the line IV-IV of FIG.
【図５】 同転写式修正具のテープ繰出・巻取機構部の
横断平面図。FIG. 5 is a cross-sectional plan view of a tape feeding / winding mechanism portion of the transfer type correction tool.
【図６】 ヘリカルギヤの連動回転によるスラストを示
す模式斜視図。FIG. 6 is a schematic perspective view showing thrust due to interlocking rotation of a helical gear.
１ ケース ４ 転写ヘッド ４ｂ 剥離エッジ ８ 筒型支軸 ９ 筒型支軸 １０ 繰出ギヤ １０ａ ギヤ円板部 １０ｂ ボス部 １１ 巻取ギヤ １２ Ｏリング １３ 転写型修正テープ １４ テープリール １４ａ コア部 １８ 巻取リール DESCRIPTION OF SYMBOLS 1 Case 4 Transfer head 4b Separation edge 8 Cylindrical spindle 9 Cylindrical spindle 10 Feeding gear 10a Gear disk part 10b Boss part 11 Winding gear 12 O-ring 13 Transfer type correction tape 14 Tape reel 14a Core part 18 Winding reel
Claims (1)
正テープを転写ヘッドの剥離エッジを介して紙面に押し
当てることにより、該テープの修正塗料層を紙面に転着
させると共に、転写後のテープ基材を巻取リールに巻き
取る構成の転写式修正具において、一端に上記転写ヘッ
ドを設けたケース内に、軸方向移動可能な大径の繰出ギ
ヤとこれに噛合する小径の巻取ギヤを備えた上記巻取リ
ールとが架装され、繰出ギヤのボス部に上記テープリー
ルが遊嵌されると共に、該テープリールのコア端面と繰
出ギヤのギヤ円板部との間にＯリングが介在され、上記
繰出ギヤ及び巻取ギヤがヘリカルギヤより構成され、且
つ両ギヤの連動回転に伴うスラスト荷重が繰出ギヤのギ
ヤ円板部をテープリールに接近させて上記Ｏリングを圧
縮する方向に働くように設定されていることを特徴とす
る転写式修正具。1. A transfer base correction tape fed from a tape reel is pressed against a paper surface through a peeling edge of a transfer head to transfer a correction paint layer of the tape onto the paper surface, and at the same time, a tape base material after transfer. In a transfer type correction tool configured to wind up on a take-up reel, a case having the transfer head at one end is provided with a large-diameter payout gear that is axially movable and a small-diameter take-up gear that meshes with the same. The take-up reel is mounted, the tape reel is loosely fitted to the boss portion of the feeding gear, and an O-ring is interposed between the core end surface of the tape reel and the gear disc portion of the feeding gear. The feeding gear and the winding gear are composed of helical gears, and the thrust load caused by the interlocked rotation of both gears causes the gear disk portion of the feeding gear to approach the tape reel and presses the O ring.
Transfer type modification tool, characterized in that it is set to work in the direction you contraction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP4361045A JPH0742033B2 (en) | 1992-12-29 | 1992-12-29 | Transfer type correction tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP4361045A JPH0742033B2 (en) | 1992-12-29 | 1992-12-29 | Transfer type correction tool |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH06199462A JPH06199462A (en) | 1994-07-19 |
| JPH0742033B2 true JPH0742033B2 (en) | 1995-05-10 |
Family
ID=18471959
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP4361045A Expired - Lifetime JPH0742033B2 (en) | 1992-12-29 | 1992-12-29 | Transfer type correction tool |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0742033B2 (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| ES2219475T3 (en) * | 1995-10-06 | 2004-12-01 | Seed Rubber Company Ltd. | CLUTCH MECHANISM OF A FILM TRANSFER UTENSIL FORMING A COVER LAYER AND FILM TRANSFER UTENSIL FORMING A COVER LAYER. |
| JP3296265B2 (en) * | 1997-09-12 | 2002-06-24 | 株式会社シード | Clutch mechanism of coating film transfer device and coating film transfer device |
| JP6247199B2 (en) * | 2014-12-09 | 2017-12-13 | 株式会社トンボ鉛筆 | Film transfer tool |
| JP6920780B2 (en) * | 2018-03-30 | 2021-08-18 | グローブライド株式会社 | Spinning reel for fishing |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3902553C2 (en) * | 1989-01-28 | 1993-12-23 | Henkel Kgaa | Handheld device for transferring a film from a carrier film to a substrate |
-
1992
- 1992-12-29 JP JP4361045A patent/JPH0742033B2/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| JPH06199462A (en) | 1994-07-19 |
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